Satellite Platforms

Pioneer of commercial satellite remote sensing in China, operating Beijing satellite constellation for remote sensing big data services.

21st Century Space

Beijing Series III Satellite

The Beijing Series III satellite is a very high-resolution, high-performance optical remote sensing satellite, providing timely and independent very high-resolution satellite remot

Orbital altitude	620 km
Revisit frequency (four satellites)	Daily revisit of any point
Swath width	14 km
Stereo capability	Single-orbit stereo and triple-stereo
Panchromatic band	450-800nm

price on request

21st Century Space

Beijing-1 Remote Sensing Small Satellite

The "Beijing-1" remote sensing small satellite system is the result of joint support from the "Tenth Five-Year Plan" National Science and Technology Key Project, the National 863 P

price on request

21st Century Space

Beijing-2 Remote Sensing Satellite Constellation

The Beijing-2 remote sensing satellite constellation is China's first commercial remote sensing satellite project approved by the National Development and Reform Commission.

Resolution	0.8 m panchromatic
Resolution (multispectral)	3.2 m multispectral

price on request

21st Century Space

Beijing-3 Series Satellite

The Beijing-3 series satellite is an ultra-high resolution, high-performance optical remote sensing satellite, featuring high precision and high agility.

Resolution	Panchromatic 0.3-0.5m, Multispectral 1.2-2.0m
Features	Ultra-high agility, ultra-high stability, ultra-high precision
Imaging modes	Arbitrary trajectory imaging, multi-target imaging, multi-strip imaging

price on request

New Space company designing modular nanosatellite/CubeSat hardware: structures, solar panels, EPS, antennas, OBCs, and deployers/separation systems.

2NDSpace Srl

VERSE-02 2U Cubesat Structure

The VERSE-02 is a 2U CubeSat structure designed for maximized ease of integration, enhanced structural performances, and flight-proven reliability.

Form factor	2U
Mass	195 g
Deployment switches	Up to 6
Dimensions	100x100x227 mm
Stack number	1/2

price on requestdatasheet

2NDSpace Srl

VERSE-03 3U Cubesat Structure

The VERSE-03 is a 3U CubeSat structure designed for ease of integration, enhanced structural performance, and flight-proven reliability, fully compliant with CDS interfaces.

Form factor	3U
Mass	290 g
Deployment switches	Up to 6
Dimensions	100x100x340,5 mm
Weight	310 g

price on requestdatasheet

2NDSpace Srl

VERSE-06 6U Cubesat Structure

The VERSE-06 is a 6U CubeSat structure designed for maximized ease of integration and enhanced structural performances, offering flight-proven reliability and full compliance with

Form factor	6U
Mass	690 g
Deployment switches	Up to 6
Dimensions	100x226,3x340,5 mm

price on requestdatasheet

2NDSpace Srl

VERSE-08 8U Cubesat Structure

The VERSE-08 is an 8U CubeSat structure designed for maximized ease of integration and access, offering enhanced structural performances and full compliance with CDS interfaces.

Form factor	8U
Mass	890 g
Deployment switches	Up to 6
Dimensions	100x226,3x454 mm
Stack number	Custom

price on requestdatasheet

2NDSpace Srl

VERSE-12 12U Cubesat Structure

The VERSE-12 is a 12U CubeSat structure designed for maximized ease of integration and access, offering enhanced structural performances and flight-proven reliability.

Form factor	12U
Mass	1190 g
Dimensions	100x226,3x366 mm
Weight	1915 g
Deployment Switches	6

price on requestdatasheet

2NDSpace Srl

VERSE-16 16U Cubesat Structure

The VERSE-16 is a 16U CubeSat structure designed for maximized ease of integration, enhanced structural performances, and flight-proven reliability.

Form factor	16U
Mass	1520 g
Dimensions	226x226,3x454 mm
Stack number	Custom
Deployment Switches	6

price on requestdatasheet

AAC Clyde Space provides small satellite technologies and space-based data services, offering end-to-end solutions from satellite components to data analytics for various applications.

AAC Clyde Space

CubeSat Platform (1U-12U)

Modular nanosatellite platform from 1U to 12U configurations — power, ADCS, communication, and structural subsystems, with flight heritage across hundreds of CubeSat missions.

Form factors	1U to 12U CubeSat
Subsystems	EPS, ADCS, OBC, communication modules (UHF/VHF/S/X-band)
Flight heritage	Hundreds of CubeSat missions since 2005
Services	Design, manufacturing, testing, launch integration, operations
Listing	Nasdaq First North Growth Market

price on request

Finnish multidisciplinary research university in Espoo, home to a CubeSat programme that launched Aalto-1 (Finland's first satellite, 2017) and Aalto-2, developing nanosatellite technology for earth observation and in-orbit demonstrations.

Aalto University

Aalto-2

2U CubeSat developed by Aalto University students, deployed from the International Space Station in May 2017 via NanoRacks. Aalto-2 is a UHF/VHF radio amateur communications satell

Form factor	2U CubeSat
Launch/deploy date	May 2017 (ISS deployment)
Orbit	Low Earth Orbit (ISS altitude ~400 km)
Payload	UHF/VHF amateur radio transponder
Mission type	Educational amateur radio communications

price on request

Danish research university with active space science programmes, including contributions to satellite research and AuSat student satellite projects in astrophysics and earth observation.

Aarhus University

AuSat

Student satellite research programme at Aarhus University, Denmark, focused on developing CubeSat technology for astrophysics and Earth observation research. The AuSat programme pr

Developer	Aarhus University
Programme type	Student CubeSat research
Research areas	Astrophysics, Earth observation
Country	Denmark

price on request

Chinese commercial operator of the Tianmu-1 GNSS radio-occultation weather satellite constellation, supplying operational atmospheric data to China's national meteorological system.

Belgian NewSpace company designing and manufacturing Versatile Satellite Platforms (VSP) at scale — from 50 kg to 300+ kg — for Earth observation, intelligence, connectivity, and space domain awareness missions.

Aerospacelab

H1 and H2 Smallsat Platforms — Aerospacelab Satellite Manufacturing

Aerospacelab is a Belgian commercial smallsat manufacturer founded in 2018 and headquartered in Mont-Saint-Guibert, Belgium, with a satellite Megafactory in Charleroi. The company

price on request

Aerospacelab

VSP-150 Versatile Satellite Platform

Aerospacelab's flagship ~150 kg LEO satellite platform — flight-proven with multiple in-orbit satellites — optimized for SpaceX Transporter rideshare and supporting optical, RF, an

Platform class	VSP-150
Satellite mass	~136–150 kg
Dimensions	~114 × 70 × 70 cm
Orbit	LEO / SSO, ~525 km
Design lifetime	5 years

price on requestdatasheet

Aerospacelab

VSP-300 Versatile Satellite Platform

Aerospacelab's 300 kg class Versatile Satellite Platform for larger institutional and commercial missions — selected by JAXA for the SAMRAI space situational awareness project.

Platform class	VSP-300
Satellite mass	~300 kg class
Orbit	LEO / SSO
Architecture	Standardized modular core (VSP family)
Reference mission	JAXA SAMRAI (space situational awareness)

price on requestdatasheet

Aerospacelab

VSP-50 Versatile Satellite Platform

Aerospacelab's 50 kg class Versatile Satellite Platform — a compact, agile LEO smallsat bus sharing VSP-150 heritage subsystems and avionics, enabling hosted payloads in any orient

Platform class	VSP-50
Wet mass (platform)	~50–70 kg
Orbit	LEO / SSO
Payload accommodation	Any-direction mounting
Flight heritage	VSP-150 subsystems & avionics

price on requestdatasheet

Airbus Defence and Space designs and manufactures satellites, spacecraft equipment, and provides related services for telecommunications, navigation, Earth observation, and space exploration.

Joint venture between Airbus Defence and Space and OneWeb manufacturing high-rate, low-cost LEO broadband satellites at its Florida production line.

Airbus OneWeb Satellites

AOS Production Line

High-rate satellite manufacturing system at Merritt Island, Florida, capable of producing two OneWeb satellites per day using assembly-line automation.

Facility location	Merritt Island, Florida, USA (secondary line: Toulouse, France)
Production start	Mid-2019
Peak production rate	2 satellites per day (achieved January 2020)
Manufacturing approach	Pulse-line assembly, automotive-style lean manufacturing, automated test stations
Output	600+ OneWeb Gen-1 satellites manufactured

price on request

Airbus OneWeb Satellites

ARROW 150 Satellite Bus

High-volume production satellite bus for proliferated LEO constellations: 100 kg payload mass, 1 cubic metre payload volume, 250 W average power, 618 satellites on orbit.

Payload mass	100 kg
Payload volume	1 cubic meter
Average power	250 W
Avionics	Simplified avionics architecture with precise pointing control
Flight heritage	618 satellites on orbit

price on requestdatasheet

Airbus OneWeb Satellites

ARROW 450 Satellite Bus

Larger, more modular member of the ARROW bus family, derived from the OneWeb constellation design-for-manufacturing approach.

Position in family	Larger and more modular than the ARROW150
Design basis	Design-for-manufacturing approach derived from the OneWeb commercial satellite constellati
Production	Assembly line process at Merritt Island, Florida
Mission types	High data-rate low latency communications, RF sensing collection and tracking, high-revisi
Payload Mass	100 kg

price on requestdatasheet

Airbus OneWeb Satellites

OneWeb Satellite (Gen 1)

150 kg-class LEO broadband satellite bus mass-produced by Airbus OneWeb Satellites for the OneWeb Ku/Ka-band constellation.

Manufacturer	Airbus OneWeb Satellites
Mass	~150 kg
Orbit	LEO, ~1,200 km altitude
Inclination	86.4° (near-polar)
Orbital planes	12

price on request

Chinese SAR and optical remote-sensing satellite company (AIRSAT, Chinese: 中科卫星), initiated December 2020 by the Chinese Academy of Sciences' Aerospace Information Research Institute in Jinan; launched AIRSAT-01/02 SAR satellites in Septemb

Aistech Space provides high-resolution thermal imagery from its satellite constellation to monitor human activity and thermal signatures for various industries.

Aistech Space

Hydra Satellite Constellation

Aistech Space's proprietary constellation of 6U-class small satellites delivering high-resolution, high-frequency thermal infrared Earth observation data.

Satellite class	6U CubeSat
Planned constellation size	48 satellites (by 2030)
Satellites in orbit (as of Jan 2026)	3 (Hydra-1, Hydra-2, Hydra-3)
2026 planned launches	6
Thermal resolution	<30 m

price on request

Designer and manufacturer of rugged, high-performance embedded computing solutions for aerospace, defense, and space applications.

Aitech Systems

IQSat AI-Enabled PicoSat System

IQSat is Aitech's AI-enabled picosatellite constellation platform for LEO missions, providing real-time onboard anomaly detection for Earth observation, space situational awareness

Mission type	Picosatellite constellation, LEO
Ai capability	Onboard real-time anomaly detection
Mission profiles	Earth Observation, Space Situational Awareness, RF Sensing
Access models	Data as a Service, Satellite Purchase, Custom Configuration
Minimum constellation	8 satellites (buy model)

price on request

Melbourne-based deep-tech startup building AI-powered smart satellites with onboard hyperspectral data processing and in-orbit AI model execution.

Akula Tech

A16 — 16U CubeSat Platform

Akula Tech's 16U CubeSat bus for AI and edge-computing missions: 8–10U scalable payload volume, 144W solar array, up to 336 Wh storage, 1 Gbps S/X-band downlink, and optional up to

Form factor	16U CubeSat (expandable to 30U)
Payload volume	8U–10U scalable
Solar array power	144 W
Battery capacity	168–336 Wh (scalable)
Downlink (standard)	4 Mbps S-band / 9 kbps UHF

price on request

Alba Orbital manufactures PocketQube satellites, provides launch and ground station services, and operates a fleet of nighttime imaging satellites for government and commercial clients.

Alba Orbital

PocketQube Kit v1.0 EM

The PocketQube Kit v1.0 EM is a comprehensive kit designed for educational and development purposes, allowing users to build and test their own PocketQube satellite.

£10 299datasheet

Developer of very-low-Earth-orbit (VLEO) imaging satellites providing 10 cm ground resolution — the highest resolution permitted commercially.

ALE Co., Ltd. is a Tokyo space venture founded in 2011 that created the world's first artificial shooting star technology (SKY CANVAS), using small satellites to release particles that produce on-demand meteor events visible from the ground

ALE Co., Ltd.

Artificial Shooting Star Demonstration

ALE Co.'s commercial artificial shooting star show — deploying metallic particles from a satellite to create on-demand meteor showers for entertainment and atmospheric science.

Satellite	ALE-1/2 (68 kg, carrying 400 pellets each)
Pellet release altitude	LEO orbit release → reentry at 80–100 km
Visible area	~200 km diameter circle on ground
Duration	5–10 seconds per shooting star
Scientific use	Upper atmosphere wind and composition measurement

price on request

Brazilian nanosatellite company founded 2019 in Salvador-Bahia developing a planned 216-satellite LEO constellation for environmental monitoring and climate observation.

Alén Space designs, manufactures, and operates small satellites, providing end-to-end mission development services and advanced communication platforms, subsystems, and components for space and ground

Alén Space

12U PLATFORM

The Alén Space 12U platform is manufactured with high-quality processes and designed to accelerate the development time of nanosatellite projects or small satellite constellations.

price on request

Alén Space

3U PLATFORM

The Alén Space 3U Platform is a flight-heritage (TRL 9) small satellite platform designed for various missions, offering robust power, ADCS, OBC, and communication capabilities.

Payload mass	570 – 1400 g
Payload volume	1.4 – 2.2 U
Peak Power Consumption	180 W
Battery capacity	92 Wh
ADCS measurement accuracy (Upgraded)	0.1 deg (High accuracy)

price on requestdatasheet

Alén Space

6U PLATFORM

The Alén Space 6U Platform is a flight-heritage (TRL 9) small satellite platform designed for various missions, offering robust power, ADCS, OBC, and communication capabilities.

Payload mass	6900 – 7825 g
Payload volume	3.5 – 4.7 U
Peak Power Consumption	180 W
Battery capacity	92 Wh
TTC downlink data rate	0.5 – 512 kbps

price on requestdatasheet

Alén Space

Alén Space Platforms

Alén Space offers a range of CubeSat platforms (buses) in 1U, 2U, 3U, 6U, 12U, and 16U sizes, designed for rapid integration with payloads for various space missions.

Platform size	1U
Payload capacity mass	87-330 g
Payload capacity volumen	0.26-0.4 U
Avg. power consumption for 100% payload duty cycle	0.80-0.95 W
Worst power available for payload	3 W

price on requestdatasheet

Cape Town-based nanosatellite company manufacturing satellite communication modules and full CubeSat builds for the African market.

Amazon Leo operates a satellite broadband network with over 3,000 satellites and offers three types of antennas to provide high-speed internet access globally.

Amazon (Project Kuiper)

Kuiper Satellite

Amazon's Kuiper satellite is the production spacecraft for Project Kuiper (rebranded Amazon Leo), a low Earth orbit constellation designed to deliver high-speed, low-latency broadb

Satellite mass	~537-571 kg
Planned constellation size	3,236 satellites
Orbital planes	98
Orbit altitude	590-630 km LEO (three shells)
Optical inter-satellite link throughput	Up to 100 Gbps per link

price on request

Amazon (Project Kuiper)

Project Kuiper LEO Broadband Constellation

Amazon's Project Kuiper — a 3,236-satellite LEO broadband constellation targeting residential and enterprise internet globally, competing directly with SpaceX Starlink.

Satellites	3,236 (FCC-approved)
Altitude	590–630 km LEO
Frequency	Ka-band with inter-satellite links
Prototype launch	2023 (KuiperSat-1/2 on Vulcan Centaur)
Launch providers	ULA (Atlas V, Vulcan), Arianespace (Ariane 6), Blue Origin (New Glenn)

price on request

UK-based nanosatellite kit company making space accessible through open-source 1U CubeSat education kits.

AmbaSat

AmbaSat-1 ROCKET KIT

The AmbaSat-1 ROCKET KIT is a satellite kit designed for educational and hobbyist use, allowing users to assemble and program a small satellite for deployment into Low Earth Orbit.

Microcontroller	ATMEGA 328
Radio transceiver	RFM95 LoRaWAN
Radio range	700 kilometer+
Power source	2xAA battery holder (portable), AmbaSat 3U CubeSat (for launch)
Programming interface	FTDI programmer, USB port

price on request

AmbaSat

AmbaSat-1 Satellite Kit STARTER

The AmbaSat-1 STARTER Kit is an entry-level satellite kit designed for Low Earth Orbit, featuring a fully-assembled mainboard, a choice of sensor, and programming tools for educati

Microcontroller	ATMEGA 328
Radio transceiver	RFM95 LoRaWAN
Radio range	700 kilometer+
Included sensors (Mainboard)	Gyroscope, Accelerometer, Magnetometer
Programming interface	FTDI programmer (USB)

price on request

AmbaSat

AmbaSat-1 Satellite Rocket Kit including Launch

The AmbaSat-1 ROCKET KIT is a DIY satellite kit that includes a fully-assembled mainboard, a choice of sensor board, programming tools, and a launch into Low Earth Orbit.

Microcontroller	ATMEGA 328
Radio transceiver	RFM95 LoRaWAN
Radio range	700 kilometer+
Sensor 01	Humidity and Temperature (SHT3X)
Sensor 01 interface	I2C

price on request

AmbaSat

AmbaSat-1 Sprite Satellite Platform

AmbaSat's AmbaSat-1 — an ultra-miniature 35×35 mm satellite platform for educational and commercial IoT sensing missions, deployable from ISS or CubeSat as a sprite.

Dimensions	35×35 mm (sprite / ChipSat form factor)
Mass	~10 g
Sensors	Configurable: temperature, CO2, NO2, UV, spectrometer
Downlink	LoRa 868 MHz or UHF 437 MHz (amateur radio ground stations)
Deployment	From CubeSat deployer or ISS

price on request

US manufacturer of productized, configurable satellite bus platforms for high-rate constellation production, with platforms supporting payloads from 100 kg to 3,000 kg.

Apex

Aries Satellite Bus

High-performance productized satellite bus for LEO/VLEO — modular payload interface, rapid delivery timelines, designed for defense and commercial constellations requiring speed an

Bus type	Productized LEO/VLEO satellite bus
Payload interface	Modular (customer-defined payloads)
Manufacturing	In-house critical subsystems, high-volume production
Delivery	Compressed timelines (months vs. years for custom)
Target markets	Defense, commercial constellations

price on request

Apex

Comet Mini

Comet Mini is a satellite platform designed for demanding high-power payloads, offering class-leading orbit average power, peak payload power, and power dissipation capabilities fo

Launch configuration (Stacked)	Up to 450 kg
Vehicles per launch (f9) (Stacked)	16
Launch configuration (Base)	Up to 1,000 kg
Vehicles per launch (f9) (Base)	8
Launch configuration (Custom)	Up to 3,000 kg

price on request

Apex

LEO Aries

LEO Aries is a highly-configurable, mid-size LEO satellite platform with proven flight heritage, designed for a wide range of missions including remote sensing and communications.

Payload mass	Up to 150 KG
Payload mass (SpaceX Rideshare)	100 kg
Payload oap (base power EOL (5 yrs.))	175+ W
First flight (In Orbit)	2024
Payload oap (Base Configuration Package)	Up to 115 OAP

price on request

Apex

Nova Platform

Nova is a highly adaptable LEO satellite bus designed for demanding constellation missions, offering built-in redundancy and supporting payload masses up to 300 kg with 1 kW of pay

Payload mass	Up to 300 KG
Payload oap	1 KW Base Power EOL (7 yrs.)
First flight	2026
Delta-v	up to 800m/s

price on request

Apex

Nova Satellite Bus

High-power 300 kg satellite bus with 1 kW payload power, 300 kg payload capacity, and precision pointing for proliferated communications and sensing constellations. First flight 20

Bus Dry Mass	300 kg
Payload Mass	up to 300 kg
Payload Volume	965 u00d7 1185 u00d7 1000 mm (SpaceX XL Rideshare)
Payload Power (OAP EOL 7yr)	1 kW
Bus Voltage	28 V unregulated

price on request

Italian picosatellite manufacturer and IoT connectivity provider building 0.3U–6U CubeSat platforms and antennas for agricultural, industrial, maritime, and environmental monitoring applications.

Apogeo Space

0.3U Satellite

The 0.3U satellite from Apogeo Space offers exceptional performance in a miniaturized design, optimizing functionality with a highly compact form factor.

Cubesat Specification (folded)	10x10x3
Cubesat Specification (unfolded)	30x10x3
Payload Mass	0.2 Kg
Data Buses	12C, CAN
User data storage	up to 0.5GB

price on request

Apogeo Space

1U, 3U, 6U CubeSat Platform

Scalable picosatellite platforms for IoT, EO, and communications — 0.5–5 kg payload, passive/active ADCS, UHF/VHF/S-band, LoRa/FSK/QPSK, up to 128 GB storage. TRL 5.9.

Form factor	1U, 3U, 6U (CubeSat Specification)
TRL	5.9
Payload mass	0.5–5 kg
Payload volume	0.3 U – 2.5 U
Payload power (Average)	3–20 W

price on request

Argotec is an Italian spacecraft manufacturer that designed and operates the ArgoMoon CubeSat and develops satellite platforms and subsystems for ESA and commercial missions.

Argotec Srl

HAWK HEAVY

HAWK HEAVY is a small satellite platform designed for high performance and reliability, capable of operating at any distance from Earth.

Mass	Up to 200 kg

price on request

Argotec Srl

HAWK LITE 6U-12U Microsatellite Platform

6U and 12U microsatellite platform for LEO and deep space, equipped with Argotec OBC&DH, PCDU and software defined radio.

Form factors	6U and 12U
Operating domains	LEO or deep space, depending on selected avionic configuration
Avionics	Argotec OBC&DH, PCDU and Software Defined Radio (SDR)
Capabilities	Highly autonomous operations, edge-computing applications
Payloads	Wide variety of commercial and scientific payloads

price on requestdatasheet

Argotec Srl

HAWK PLUS

The modular microsatellite platform for any missions, designed for maximum adaptability, combining standardization with flexibility for faster deployment and reduced costs.

Microsatellite Mass

up to 130 kg

price on requestdatasheet

Argotec Srl

HEO (Hawk for Earth Observation)

HEO is Argotec's Earth Observation Constellation, consisting of up to 40 satellites orbiting our planet, designed to revolutionize telecommunications, remote sensing, navigation, a

Mass	approximately 70 kg
Ground observation resolution	less than 3 meters per pixel
Number of satellites	up to 40

price on request

Japanese small satellite developer building ultra-small standardized satellites (6U–12U CubeSats) and providing mission services for LEO Earth observation and commercial applications.

ArkEdge Space

ArkEdge Space Small Satellite Platform

Japanese compact satellite platform for Earth observation and IoT missions — modular design from 3U to 100 kg class, flight heritage from TRICOM-1R and NEXUS, rapid integration cap

Platform classes	3U to 100 kg class
Services	Design, manufacturing, test, launch integration
Flight heritage	TRICOM-1R (2018), NEXUS (2019)
Applications	EO, IoT, technology demonstration
Origin	Japan

price on requestdatasheet

ArkEdge Space

S-CORE Ultra-Small Satellite Bus

Ultra-small 1U–3U satellite bus with embedded AI (FPGA-based) for autonomous operations, failure detection, and onboard data processing — enabling intelligent, low-cost CubeSat mis

Form factor	1U–3U CubeSat
Ai processing	FPGA-based onboard AI (failure detection, scheduling, optimization)
Interfaces	PC/104, UART, I²C, SPI
Features	Autonomous anomaly recovery, task scheduling, data prioritization
Applications	Earth observation, IoT relay, technology demonstration

price on request

Artemis CubeSat Kit provides technical resources for an open-source, space-ready hardware and software package for aerospace engineering education.

Artemis CubeSat Kit

Artemis CubeSat Kit

The Artemis CubeSat Kit is an open-source, space-ready hardware and software package providing all necessary subsystems for a functional small satellite, aimed at broadening access

Type	Educational CubeSat kit
Institution	University of Hawaii

price on request

Artemis Space Technologies provides an end-to-end space ecosystem including CubeSat and microsatellite platforms (Xplora 3U–16U, Iris 27U, X1/X2/X3), hosted payloads, launch services, ground stations, and marketplace for space hardware.

Artemis Space

Iris 27U Satellite Platform

Cost-effective 27U satellite platform for constellations and advanced missions, with 30 kg max payload capacity.

price on request

Artemis Space

X1 Athena Microsatellite

Versatile microsatellite platform for complex payloads, scaleable to 100 kg max payload capacity.

price on request

Artemis Space

X2 Gaia Microsatellite

Compact scaleable microsatellite platform for advanced missions, up to 300 kg total with 200 kg payload capacity.

price on request

Artemis Space

X3 Aegaion Satellite Platform

Artemis Space's largest satellite platform, flexible and scaleable to 500 kg with 300 kg max payload capacity.

price on request

Artemis Space

Xplora 12U CubeSat Platform

The Xplora 12U CubeSat is a compact, affordable, and high-performance standardized platform designed to carry advanced payloads for single or multi-mission concepts.

price on request

Artemis Space

Xplora 16U CubeSat Platform

The Xplora 16U CubeSat is a compact, affordable, high-performance standardized platform designed to operate various payloads, offering customization for mission-specific needs.

price on request

Artemis Space

Xplora 3U CubeSat Platform

The Xplora 3U CubeSat is a compact, affordable, and high-performance platform designed to operate various payloads, offering customization for mission-specific needs.

price on request

Artemis Space

Xplora 6U CubeSat

The Xplora 6U CubeSat is a compact, affordable, and high-performance platform designed to host various payloads for space missions.

price on request

Artemis Space

Xplora 8U CubeSat Platform

The Xplora 8U CubeSat is a compact, affordable, and high-performance standardized platform designed to operate various payloads, offering customization for mission-specific needs.

price on request

US startup developing GEO satellite constellation for high-capacity broadband connectivity with advanced software-defined payload.

Astranis Space Technologies designs and manufactures small, powerful geostationary satellites with digital processing technology and proprietary SDRs for high orbits.

Astranis Space Technologies

Astranis Nexus (R-GPS)

Nexus is Astranis's resilient GPS satellite selected by the U.S. Space Force for the LEAP R-GPS program, leveraging the MicroGEO platform with a dedicated PNT payload to provide ja

Satellite class	MicroGEO (PNT variant)
Mission	Resilient GPS / Positioning, Navigation & Timing
Program	U.S. Space Force LEAP R-GPS
Radio hardware	Astranis Octane Software-Defined Radio
GPS signals	All GPS signals including M-Code

price on request

Astranis Space Technologies

Astranis Omega

Omega is Astranis's next-generation MicroGEO satellite delivering over 50 Gbps of Ka-band broadband — approximately five times the throughput of the original MicroGEO — in a 650 kg

Satellite class	MicroGEO (next-generation)
Orbit	Geostationary (GEO)
Mass (wet)	650 kg
Stowed dimensions	2.0 m × 2.1 m × 1.2 m
Throughput	>50 Gbps

price on request

Astranis Space Technologies

Astranis Prime (MicroGEO)

Astranis Prime is the first-generation MicroGEO small geostationary satellite, delivering dedicated Ka-band broadband connectivity to underserved markets. The platform launched com

Satellite class	MicroGEO
Orbit	Geostationary (GEO)
Mass (wet)	~300–400 kg
Frequency band	Ka-band
Throughput	7.5–8.5 Gbps

price on request

Astranis Space Technologies

Astranis UtilitySat

UtilitySat is the world's first multi-mission commercial GEO satellite, capable of conducting fully operational broadband connectivity missions across Ka, Ku, and Q/V bands with du

Satellite class	MicroGEO
Orbit	Geostationary (GEO)
Mass (wet)	~300 kg
Frequency bands	Ku-band, Ka-band, Q/V-band
Propulsion	Dual: chemical monopropellant + electric ion thruster

price on request

Astranis Space Technologies

MicroGEO Satellite

Small dedicated GEO broadband communications satellite (~400 kg, 10+ Gbps capacity) — software-defined radio, in-orbit reconfigurability, single-customer dedicated capacity at 1/10

Platform mass	~400 kg
Total capacity	10+ Gbps
Orbit	Geostationary (GEO, 35,786 km)
Frequency bands	Ku-band / Ka-band
Payload technology	Software-defined radio (SDR), fully reconfigurable

price on request

Satellite bus manufacturer and end-to-end mission accelerator, from 6U CubeSats to ESPA-Class platforms

Astro Digital

Corvus Bus Platform (family)

Modular, scalable satellite bus family spanning 6U CubeSat to ESPA-Class, LEO to GEO.

Form factor range	6U CubeSat to ESPA-Class
Orbit range	LEO to GEO
Flight heritage	35+ satellites delivered, 10 missions operating
Mass	11.5 kg
Dimensions	366 mm x 239 mm x 113 mm

price on requestdatasheet

Astro Digital

Corvus-XL

~81kg smallsat bus with electric and chemical propulsion, flown on DARPA Mandrake-2.

Mass	~81 kg
Propulsion	electric propulsion + monopropellant chemical thruster
Flight heritage	DARPA Mandrake-2 (twin satellites, optical inter-satellite links)
Dimensions	366 mm x 239 mm x 113 mm
Resolution	22 meter

price on requestdatasheet

Astro Digital

Landmapper-BC (formerly Corvus-BC)

The Landmapper-BC is a 6U Earth observation CubeSat series developed by Astro Digital (formerly Aquila Space), featuring a broad coverage multispectral imaging system with 22-meter

Satellite	Landmapper-BC 1 (Corvus-BC 1)
Cospar	2017-042Y
Date	14.07.2017
Ls	Ba LC-31/6
Launch vehicle	Soyuz-2-1a Fregat

price on requestdatasheet

Astrobotic Technology designs and manufactures lunar landers, rovers, and related infrastructure, offering services for space payload delivery to government and commercial customers.

Astrobotic Technology

Griffin Lunar Lander

Astrobotic's Griffin — a large lunar lander designed to deliver NASA's VIPER ice-prospecting rover to the Moon's south pole, targeting 500 kg+ payload to the lunar surface.

Lander type	Large class lunar lander
Payload capacity	500+ kg to lunar surface
Primary mission	Deliver NASA VIPER rover to lunar south pole
Viper mass	~430 kg
Propulsion	Hypergolic (Earth-storable)

price on request

Astrocast operates a nanosatellite IoT network and manufactures Astronode S/S+ modules for global connectivity in remote areas.

Astrocast

Astrocast IoT Satellite Network

Astrocast operates a global IoT satellite communication network using a constellation of L-band CubeSats in LEO, providing two-way low-data-rate connectivity for remote assets and

Frequency	L-band (1.6 GHz)
Service	Two-way IoT messaging (10s–100s bytes)
Latency	1–6 hours (store-and-forward)
Form factor	3U–6U CubeSats
Applications	Maritime, agriculture, pipeline, wildlife, remote assets

price on request

Astrocast

Astrocast Nanosatellite

The Astrocast Nanosatellite is the flagship spacecraft platform built by Swiss company Astrocast SA to deliver direct-to-satellite IoT connectivity from low Earth orbit. Each satel

Form factor	3U CubeSat
Mass	5 kg class
Frequency band	L-band (1-2 GHz)
Encryption	256-bit
Orbit	LEO, sun-synchronous and equatorial orbits, ~500-540 km altitude

price on request

AstroForge is a deep-space mining company that builds spacecraft to track and extract valuable metals from asteroids, aiming to integrate space resources into Earth's supply chain.

AstroForge

DeepSpace bus

The DeepSpace bus is a modular platform for low-cost, high-efficiency deep space missions, built for startups, researchers, and commercial teams.

Payload Capacity	Up to 50 kg (customizable mount points)
Total Mass	200 kg
Total ΔV	>5 KM/S
Power	2 kW Bol solar, 1 kwh battery
Propulsion	ELECTRIC

price on request

AstroForge

DEEPSPACE-2

DeepSpace-2 is a new kind of interplanetary spacecraft: low-cost, autonomous, and built to fly often, designed to rendezvous with a near-Earth asteroid.

Mass	200 kg
Power	2 kW solar
Lifespan	Up to 2 years
Propulsion	Hall-effect thrusters
Delta-V	5 km/s

price on request

AstroForge

Odin Asteroid Prospecting Spacecraft

AstroForge's Odin spacecraft — the world's first commercial deep-space prospecting mission targeting metal-rich near-Earth asteroids for future platinum group metal extraction.

Mission type	Commercial asteroid prospecting (deep space)
Launch	January 2024 (SpaceX Transporter-10 rideshare)
Target	Near-Earth asteroids (metal-rich, high PGM content)
Instruments	Cameras + spectrometers (surface composition characterization)
Goal	Identify viable platinum group metal (PGM) extraction targets

price on request

Russian engineering lab designing and building CubeSat-format nano- and picosatellites and related mechatronics components.

Astronomikon Lab

Astronomikon Lab CubeSat Research

Russian amateur and research CubeSat laboratory developing small satellite technology and supporting educational space missions.

Focus	CubeSat research and education
Country	Russia

price on request

Pioneer in space debris removal and satellite life extension services, developing rendezvous, proximity operations, and capture technologies to ensure sustainable orbital environments.

Astroscale US

ADRAS-J Debris Assessment Mission

World's first commercial spacecraft to safely approach and characterize an existing uncooperative piece of large debris through Rendezvous and Proximity Operations, demonstrating t

Mission type	Debris approach and characterization (non-contact RPOD)
Target	H-IIA rocket upper stage (large debris object)
Program	JAXA CRD2 (Commercial Removal of Debris Demonstration)
Sensors	Visual cameras, infrared cameras, LiDAR, laser range finders
Orbit	Low Earth Orbit (same orbit as target debris)

price on request

Astroscale US

IRUS In-Orbit Refurbishment Service

ESA and BAE Systems-contracted mission concept enabling satellites to receive hardware upgrades, repairs, and component replacements while in orbit, targeting an In-Orbit Demonstra

Mission status	Under development (IOD mission targeted by 2030)
Customer	European Space Agency (ESA)
ESA contract value	EUR 399,000 for Phase A
Industry partner	BAE Systems
Key technology	RPO + robotic arm for component replacement/upgrade

price on request

Astroscale US

LEXI-P GEO Multi-Mission Servicer

Astroscale's multi-mission GEO servicer providing inspection, life extension, payload upgrading, relocation, and responsible EOL disposal for most GEO satellites without prior prep

Mission status	Under development (launch-ready target: 2027)
Target orbit	Geostationary Orbit (GEO)
Developer	Astroscale U.S.
Services provided	Inspection, life extension, payload upgrading, relocation, EOL disposal
Key technology	RPO, robotic arm, 6DoF guidance and navigation

price on request

European developer of PHOENIX reentry capsules using Inflatable Atmospheric Decelerator (IAD) technology, providing commercial two-way orbital logistics services for microgravity research and manufacturing.

ATMOS Space Cargo

PHOENIX 2

PHOENIX 2 is a reusable Orbital Transfer and Return Vehicle (OTRV) that enables autonomous cargo operations in Low Earth Orbit with controlled precision re-entry and rapid payload

Payload capacity	100 kg
Flight duration	3 hours to 12 months (selectable)
Payload compartment pressure	1 atm (pressurized)
Payload temperature range	4–40°C
Microgravity level	< 10⁻⁵ g

price on request

ATMOS Space Cargo

PHOENIX Reentry Capsule

Free-flying orbital spacecraft with Inflatable Atmospheric Decelerator (IAD) reentry technology, offering commercial two-way LEO orbital logistics for microgravity research, manufa

Vehicle type	Free-flying spacecraft + IAD reentry capsule
Reentry technology	Inflatable Atmospheric Decelerator (IAD) — heat shield and aerodynamic brake
Operations	Fully autonomous, station-independent free flyer
Mission duration	Multi-week orbital missions
Launch vehicle	SpaceX Falcon 9 (rideshare)

price on request

Avant Space is a Russian NewSpace company developing Project Neone — the world's first orbital advertising constellation of nanosatellites that project branded light patterns visible from Earth's major cities.

Avant Space

GRail Space Laser Art and Advertising

Avant Space's GRail — a planned satellite cluster carrying high-powered lasers to create visible light art, advertising messages, and cosmic art displays in the night sky.

Technology	High-powered space lasers creating visible light points in night sky
Display type	Persistent artificial 'stars' / simple pattern/message displays
Power	100 W+ per laser source
Applications	Space advertising, artistic installations
Status	Development (technical and regulatory challenges ongoing)

price on request

Finnish New Space company bringing sharing economy to satellite flights — Space Pocket enables any organization to send sample materials into Earth orbit for testing and inspiration.

Japanese microsatellite developer and Earth observation platform provider, operating the AxelGlobe constellation of GRUS optical imaging satellites.

Axelspace

AxelLiner Microsatellite Development Service

End-to-end microsatellite development, manufacturing, launch, and operations service for corporate and government customers seeking their own in-orbit assets.

Service type	End-to-end: mission design → launch → operations
Satellite class	Microsatellites
Manufacturing facility	In-house cleanroom, Nihonbashi, Tokyo
Track record	11 microsatellites developed and operated (as of 2026)
Target customers	Corporate and government customers wanting proprietary space assets

price on request

Axelspace

GRUS

GRUS is Axelspace's 100-150 kg class optical Earth-observation microsatellite bus, the building block of the AxelGlobe satellite constellation, delivering sub-3-meter multispectral

Satellite mass (GRUS-1)	~80-100 kg
Satellite mass (GRUS-3)	~150 kg (wet mass)
Panchromatic resolution (GRUS-1)	2.5 m GSD or better
Multispectral resolution (GRUS-1)	5.0 m GSD or better
Spatial resolution (GRUS-3)	2.2 m GSD

price on request

Azista BST Aerospace is an Indo-German joint venture that mass manufactures small satellites (50-200kg) and provides end-to-end solutions for mega-constellations.

Azista BST Aerospace

ABLean Manufacturing Platform

Azista BST Aerospace's ABLean is a vertically integrated, automated manufacturing platform enabling mass production of 50-200kg small satellites for constellations at their Ahmedab

Flight heritage	75+ satellite missions
Engineering team size	100 design and manufacturing engineers
Facility area	30,000 sq. ft.
Target satellite mass class	50-200 kg small satellites
Annual production capability	up to 50 satellites, extendable up to 250/year

price on request

Azista BST Aerospace

ABLean Satellite Manufacturing Platform

Azista BST's ABLean is a vertically integrated, automated manufacturing platform enabling mass production of 50-200kg small satellites at scale, including an in-orbit demonstration

Satellite missions heritage	75+ satellite missions
Engineering team	100 design and manufacturing engineers
Manufacturing facility area	30,000 sq. ft.
Small satellite mass range	50-200 kg
Facility location	Ahmedabad, Gujarat, India

price on request

Azista BST Aerospace

Azista BST Aerospace Satellite Manufacturing Services

Azista BST Aerospace is a vertically integrated satellite manufacturing company offering end-to-end solutions for small satellites (50-200kg) and constellations, with a focus on ma

Experience	75+ satellite missions
Team size	100 design and manufacturing engineers
Manufacturing facility size	30,000 sq. ft.
Satellite mass range	50-200 kg
Facility type	Asia's first private satellite factory

price on request

Indian multi-sector technology company; Earth observation satellite development alongside electronics, composites, and agri-health services; satellite EO for food, agriculture, and healthcare.

B2Space develops high-altitude balloon launch systems for deploying small satellites to near-space and low Earth orbit. The Spanish company's Nearspace Launcher platform uses stratospheric balloons to lift rockets to 40 km before ignition.

b2space

B2Space Stratollite

B2Space's near-space platform using high-altitude stratospheric balloons to carry small satellite payloads to 35–45 km altitude for testing and Earth observation.

Platform type	Stratospheric balloon (Stratollite)
Altitude	35–45 km
Use cases	Component testing, Earth observation, relay, research
Country	Spain
Max payload	Several kg

price on request

b2space

High Altitude Pseudo Satellites (HAPS)

HAPS are considered the 'missing link' between drones flying close to Earth’s surface and satellites orbiting in space, offering versatile applications for communications and remot

Flight duration	up to 48h
Cruise altitudes	14 - 37 km
Payload	<500Kg

price on request

UK defense and aerospace prime with a dedicated space division; develops Azalea radar satellites and offers Space-as-a-Service payload hosting.

BAE Systems

Elevation Spacecraft Product Line

BAE Systems' (formerly Ball Aerospace) standardized small-to-medium satellite bus family — successor to the flight-proven Ball Configurable Platform — offered in Summit, Trek, and

Summit variant payload capacity	Up to 225 kg
Summit variant power generation	850 W orbit average
Trek variant payload capacity	Up to 1,000 kg
Trek variant power generation	Up to 1,900 W orbit average
Ascent variant features	Multi-payload hosting, high maneuverability, high-thrust propulsion, refuelability, rendez

price on requestdatasheet

US provider of Constellations-as-a-Service, offering tailored small satellite platforms — Observer and Lantern — for commercial constellation operators.

Basalt Technologies

Lantern

High-resolution 16U optical imaging satellite platform — 0.9m GSD RGB/multispectral, from $13,330/month, for vehicle tracking and analytics.

Form factor	16U
Sensor	RGB / Multispectral
GSD	0.9 m
Orbit	LEO
Subscription cost	$13,330/month

$13 330

Basalt Technologies

Lantern Custom

16U bring-your-own-payload satellite bus for custom missions — LEO/GEO/Cislunar orbits, from $14,330/month.

Form factor	16U
Payload	Bring Your Own Payload
Orbit	LEO / GEO / Cislunar
Subscription cost	$14,330/month

$14 330

Basalt Technologies

Lantern Satellite Platform

Tailored small satellite bus from Basalt Technologies, configurable for commercial constellation missions including customized variants.

Platform type	Configurable smallsat bus
Variants	Standard and custom configurations
Service model	Constellations-as-a-Service (CaaS)

price on request

Basalt Technologies

Observer

Cost-effective 3U Earth observation smallsat platform for wide-area monitoring — 10m GSD, RGB/multispectral/hyperspectral sensors, from $9,490/month.

Form factor	3U
Sensor	RGB / Multispectral / Hyperspectral
GSD	10.0 m
Orbit	LEO
Subscription cost	$9,490/month

$9 490

Basalt Technologies

Observer Satellite Platform

Tailored small satellite bus from Basalt Technologies, designed for commercial constellation Earth observation missions.

Mission type	Earth observation constellation
Platform type	Configurable smallsat bus
Service model	Constellations-as-a-Service (CaaS)

price on request

Berlin Space Technologies (BST) designs and mass manufactures small satellite systems and technologies, providing end-to-end solutions for space missions.

Berlin Space Technologies

LEOS-100

LEOS-100 is a highly modular satellite platform available in S, D, and DX versions, based on flight-proven avionics, supporting a wide range of missions and orbits.

Max. payload mass	250 kg
Payload dimensions	2 m³
Payload peak power	154 W
Orbit avg. power typical: 10:30 SSO, 100% nadir	Up to 75 W 150 W solar panel peak
Pl data rate	Up to 10 Gbps

price on requestdatasheet

Berlin Space Technologies

LEOS-50

The LEOS-50 is Berlin Space Technologies’ heritage small satellite platform, flight proven with in-orbit operation since 2015. It is designed for demanding Earth observation

Max payload mass	30 kg
Payload envelope	55 x 55 x 40 cm
Peak payload power	160 W
Payload data rate	10 Gbps
Onboard storage	1 TB per data processing unit

price on requestdatasheet

Swiss-Swedish space components manufacturer providing satellite structures, thermal control products, payload electronics, and antennas for commercial and institutional programs.

Beyond Gravity (ex-RUAG Space)

Multipurpose Satellite Platform

Payload-agnostic 150-250 kg LEO platform with electric propulsion, ~1 kW power, low-drag profile and stackable multi-launch configuration.

Total mass	150-250 kg
Power	Designed with 1 kW and more
Design life	Approximately 7 years in LEO
Internal payload bay	1000 mm x 170 mm x 470 mm
Additional payload volume	In +Z and -Y directions

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Birla Institute of Technology and Science, Pilani (BITS Pilani) is one of India's premier technical universities. Founded in 1964, it has a strong tradition of student-led innovation in space technology. The student satellite team Team Anan

BlackSky provides real-time, AI-enhanced tactical intelligence from space using its satellite constellation and integrated software and hardware for defense and intelligence customers.

BlackSky

Gen-3

BlackSky's Gen-3 is a very high-resolution Earth-observation satellite delivering 35 cm imagery and near-real-time intelligence, built for rapid tasking and AI-enabled object detec

Best resolution - visible	35 cm
Best resolution - short-wave infrared	1.2 m
Revisit rate (at full capacity of 16 satellites)	60 minutes
Minimum scene size - visible	18 km²
Geolocation accuracy	<10 m CE90

price on request

Blink Astro develops a low-power satellite IoT network that links remote ground sensors to a compact LEO nanosatellite constellation for daily connectivity in hard-to-reach places.

Blink Astro

PanelSat

Blink Astro's compact nanosatellite platform hosting the BlinkSat Radio payload, forming the space-based backbone of its low-power IoT network.

Mass	Approx. 2 kg
Length and width	22 cm x 22 cm
Thickness	3.5 cm

price on request

Blink Astro

PanelSat™

PanelSat™ is Blink Astro’s nanosatellite platform designed to provide the space-based backbone for a low-power IoT ecosystem, hosting a BlinkSat Radio to relay sensor data from rem

Mass	Approx. 2 kg
Length and width	22 cm x 22 cm
Thickness	3.5 cm

price on request

Leading provider of small satellite buses, systems, and components for commercial, civil, and government space missions, a Raytheon (RTX) business.

Blue Canyon Technologies

12U CubeSat

The Blue Canyon Technologies 12U CubeSat is a reliable, high-performing, and flight-proven satellite bus from the XB line, offering a turnkey solution for various space missions.

Class	12U
Available payload volume	8U (typical)
Pointing accuracy	±0.002° (1-sigma), 3 axes, 2 Trackers
Orbit altitude / orbit lifetime	LEO (> 5 years), GEO (> 2 years), Deep Space (> 2 years)
Real-world missions	Proven Heritage

price on requestdatasheet

Blue Canyon Technologies

16U CubeSat

The 16U CubeSat is a reliable, high-performing, and flight-proven satellite bus from Blue Canyon Technologies' XB line, offering a turnkey solution for various space missions.

Class	16U
Available payload volume	12U (typical)
Pointing accuracy	±0.002° (1-sigma), 3 axes, 2 Trackers
Orbit altitude / orbit lifetime	LEO (> 5 years), GEO (> 2 years), Deep Space (> 2 years)
Real-world missions	Proven Heritage

price on requestdatasheet

Blue Canyon Technologies

3U CubeSat

The Blue Canyon Technologies 3U CubeSat is a reliable, high-performing, and flight-proven satellite platform, offering a turnkey solution for various space missions.

Class	3U
Available payload volume	1.5U (typical)
Pointing accuracy	±0.003° (1-sigma), 2 axes, 1 Tracker
Orbit altitude / orbit lifetime	LEO (> 5 years), GEO (> 2 years), Deep Space (> 2 years)
Units launched	18

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Blue Canyon Technologies

6U CubeSat

The Blue Canyon Technologies 6U CubeSat, part of the XB line, is a reliable, high-performing, and flight-proven satellite platform offering a turnkey solution for various space mis

Class	6U
Available payload volume	4U (typical)
Pointing accuracy	±0.002° (1-sigma), 3 axes, 2 Trackers
Orbit altitude / orbit lifetime	LEO (> 5 years), GEO (> 2 years), Deep Space (> 2 years)
Real-world missions	Proven Heritage

price on requestdatasheet

Blue Canyon Technologies

Saturn-200

The Saturn-200 is a flight-proven minisatellite bus platform supporting diverse missions from LEO to deep space, featuring autonomous mission resume and hardware-encrypted TT&C

Class	ESPA-Grande or equivalent 24” launch interface standard, other options available
Available payload volume	30.0” X 30.0” X 40.0” (typical); Larger volume available within rideshare envelope and in
Pointing accuracy	±.002° (1-sigma), about all axes, using 2 Trackers
Orbit altitude / orbit lifetime	LEO (> 5 years), GEO (> 2 years), Deep Space (> 2 years)
Units launched	06

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Blue Canyon Technologies

Saturn-400

Saturn-400 is a small satellite platform from Blue Canyon Technologies offering high payload capacity, scalable power, and multiple reaction wheel or CMG attitude control options f

Class	ESPA-Grande or equivalent four-point mount launch vehicle interface, compliant to SpaceX r
Available payload volume	40.0” x 40.0” x 45.0” (objective); Larger volume available depending on launch vehicle all
Pointing accuracy	±.002° (1-sigma), three axes, two trackers
Orbit altitude / orbit lifetime	LEO (> 5 years), GEO (> 2 years), Deep Space (> 2 years)
Energy storage	75 Ah

price on requestdatasheet

Blue Canyon Technologies

Venus-100

Venus-100 is a flight-proven, ESPA-class microsatellite bus from Blue Canyon Technologies offering high-precision pointing and support for LEO, GEO, and deep space missions.

Class	ESPA-Standard or large 15" launch vehicle interface
Available payload volume	20.5" X 16.4" X 27.0" (1 array) or 17.0" X 16.4" X 27.0" (2 array); larger volume availabl
Pointing accuracy	±0.002° (1-sigma), 3 axes, 2 Trackers
Orbit altitude / orbit lifetime	LEO (> 5 years), GEO (> 2 years), Deep Space (> 2 years)
Units launched	05

price on requestdatasheet

Blue Canyon Technologies

X-Sat Saturn Class Microsat Platform

BCT's largest X-Sat platform, 200 kg payload, 30×30×40 in bus, ±0.002° 3-axis pointing. For high-payload government/commercial missions.

Payload mass	200 kg
Bus dimensions	30 × 30 × 40 in
Launch vehicle interface	24'
Pointing knowledge (3-axis)	±0.002°
Design life	≥5 years LEO, ≥2 years GEO/deep space

price on requestdatasheet

Blue Canyon Technologies

XB Series

Blue Canyon Technologies' flagship XB series is a modular, flight-proven CubeSat bus line (XB1 core avionics in 3U, 6U, 12U, and 16U configurations) built for high-precision pointi

Configurations	3U, 6U, 12U, 16U CubeSat
Core avionics	XB1 - integrated C&DH, ADCS, RF, Power, GPS, mission software
Pointing accuracy (3U, 2-axis, 1 tracker)	±0.03° (1-sigma)
Pointing accuracy (6U/12U/16U, 3-axis, 2 trackers)	±0.002° (1-sigma)
Slew rate	360 deg/min

price on requestdatasheet

BMS Institute of Technology and Management (BMSIT) is a reputed engineering institution in Bangalore, India. The institution fosters a strong culture of innovation and research, with student teams actively engaged in aerospace engineering,

Boeing designs, manufactures, and services commercial airplanes, defense products, and space systems, with a dedicated unit for Defense, Space & Security offerings.

Boeing Defense, Space & Security

Boeing 702 Satellite Bus

The Boeing 702 is a family of commercial communication satellite buses developed by Boeing Satellite Systems. The 702HP (High Power) variant is one of the largest and most powerful

price on request

Russian LEO broadband satellite company founded 2020, Moscow; 1 Gbps /

Bureau 1440

LEO Broadband Satellite

Low Earth orbit broadband communications satellite at 800 km altitude delivering up to 1 Gbps.

Orbital altitude	~800 km
Throughput	up to 1 Gbps
Latency	<70 ms
Inter-satellite links	Optical laser (ISL)
Constellation size (planned)	16+ satellites

price on request

Bureau 1440

Rassvet LEO Broadband Constellation

Bureau 1440's LEO broadband satellite internet constellation — Russia's Starlink competitor — with 32 satellites in orbit and commercial service planned for 2027.

Orbit altitude	~800 km (operational), 500 km initial
Inclination	60°
Satellite mass	~80 kg each
Communications	Ku/Ka-band with inter-satellite laser links
Latency target	<70 ms

price on request

Hungarian manufacturer of small satellite platforms, subsystems, and mission services with a 100% mission success rate, serving NewSpace and traditional satellite markets.

C3S LLC

12U CubeSat

C3S's 12U CubeSat platform is optimized for high dissipation density and thermo-elasticity, offering great flexibility for payload integration and high power availability.

price on requestdatasheet

C3S LLC

3U-16U Platforms

A family of scalable CubeSat platforms ranging from 3U to 16U, designed for constellation missions focusing on Earth Observation and IoT applications.

Dimensions	100 x 100 x 340.5 mm (366 mm for 3U Plus)
Mass (bus only)	3.3 kg
Battery capacity	58 Wh (90% SOC)
Platform avg power	4.5 W
Platform peak power	20 W

price on requestdatasheet

Canon Electronics Inc. develops and manufactures small artificial satellites and their components, alongside a diverse range of precision machinery, electronic equipment, and optical products.

Canon Electronics - Space

CE-SAT

CE-SAT is Canon Electronics' family of small Earth-observation microsatellites that pair Canon EOS/PowerShot camera technology with a compact satellite bus for high-resolution opti

Ce-sat-i mass	~50-65 kg
Ce-sat-i optical system	40 cm diameter Cassegrain telescope, coupled to EOS 5D Mark III
Ce-sat-i ground resolution	~0.84-1 m nadir GSD from ~500-600 km orbit
Ce-sat-iib mass	35.5 kg
Ce-sat-iib ground resolution	5.1 m (primary camera), 2.3 m (secondary)

price on request

Capella Space designs, builds, and operates advanced SAR satellites and intelligence systems, providing all-weather, high-resolution Earth observation data and solutions for defense, maritime, disaste

Capella Space

Acadia SAR Satellite Constellation

Capella Space's Acadia-class SAR satellites deliver 25 cm resolution radar imagery with 1-hour global revisit for defense, insurance, and maritime intelligence.

Resolution	25 cm (Spot mode), 50 cm (Spotlight), 1.5 m (Strip)
Orbit	525 km SSO
Imaging mode	SAR — all-weather, day/night
Satellite mass	~100 kg
Revisit rate	As fast as 1 hour (full constellation)

price on request

Capella Space

SPACE SYSTEMS

Capella designs, builds, launches, and operates highly capable space systems, delivering end-to-end solutions for demanding missions on Earth and in orbit.

price on request

Capsule Corporation is an Italian space propulsion startup developing WaterCube, a water-based propulsion system for CubeSats and small satellites, enabling cost-effective orbital maneuvers with a green, unpressurized propellant.

Catalyx Space is a San Francisco-based company building ReX, a series of orbital return vehicles with origami-inspired deployable heat shields for heavy-mass payload recovery from LEO.

Catalyx Space

Cosmotron

The Cosmotron is a 50 kg class, fully vertically integrated spacecraft platform designed for rapid deployment in various space applications, consolidating OBC, EPS, Communications,

Class

50 kg class

price on request

Cervos Space is an Ankara-based NewSpace company that designs, assembles, and tests configurable nanosatellite platforms and CubeSat systems from 1U to 6U for a wide range of space missions, providing end-to-end R&D, assembly, testing, and

Cervos Space

FAST 1U Nanosatellite

The FAST 1U Nanosatellite is an easy-to-use and capable 1U CubeSat Bus developed by Cervos Space for various space missions.

Name	FAST 1U Nanosatellite
Vendor	Cervos Space
Subsystem	Bus and Platform
Component type	CubeSat Platform
Form factor	CubeSat

price on request

Cervos Space

FAST 2U Nanosatellite

The Cervos Space FAST 2U Nanosatellite platform is an easy-to-use and capable 2U CubeSat Bus suitable for various space missions.

Name	FAST 2U Nanosatellite
Vendor	Cervos Space
Subsystem	Bus and Platform
Component type	CubeSat Platform
Form factor	CubeSat

price on request

Cervos Space

FAST 3U Nanosatellite

The Cervos Space FAST 3U Nanosatellite platform is an easy-to-use and capable 3U CubeSat Bus designed for various space missions.

Name	FAST 3U Nanosatellite
Vendor	Cervos Space
Subsystem	Bus and Platform
Component type	CubeSat Platform
Form factor	CubeSat

price on request

Cervos Space

FAST 6U Nanosatellite

The Cervos Space FAST 6U Nanosatellite platform is an easy-to-use and capable 6U CubeSat Bus designed for various space missions.

Name	FAST 6U Nanosatellite
Vendor	Cervos Space
Subsystem	Bus and Platform
Component type	CubeSat Platform
Form factor	CubeSat

price on request

Operator of China's first commercial remote sensing constellation "Jilin-1", providing sub-meter optical imagery and video for government and commercial clients.

Chang Guang Satellite Technology

Jilin-1 SP Video Satellite

4K HD continuous video EO satellite — 1.2 m resolution, 3.3-day revisit, 650 km SSO, X-band 350 Mbps downlink, ±45° side-slip, for disaster, maritime, and traffic monitoring.

Video GSD	1.2 m (4K HD)
Sp03 pixel resolution	0.92 m
Ground coverage	4.6 km × 3.4 km
Orbital altitude	650 km
Orbit type	Sun-synchronous

price on request

Chinese commercial EO satellite company in Changchun, founded 2014 (CIOMP/CAS spin-off); JiLin-1 constellation (100+ sats); sub-meter optical imagery, video, and nighttime light data; first private Chinese commercial EO operator.

Chinese private satellite company in Changsha developing and operating the Lark constellation of LEO communications satellites for IoT and data relay services.

Pasadena-based developer of free-space optical communication terminals for drones, balloons, and spacecraft — from gigabit SOT/LROT hardware to the INSPIRE cislunar optical internet.

Chascii

ChasciiSat Optical Communication Smallsat

Integrated smallsat combining optical inter-satellite links (near 100 Gbps), onboard processing, and proven avionics — designed for LEO and cislunar constellation deployment.

Isl data rate	Near 100 Gbps
Processing	Coherent modulation-capable onboard processor
Simultaneous links	Multiple concurrent optical links
Avionics	Space-heritage proven
Target orbits	LEO, cislunar

price on request